Next Generation of Decarbonization for the Electrical Power Train of FRAC Pumper

In the pursuit of improving the decarbonization efforts in frac pumpers by using electrical power trains, the opportunity to harness synchronous reluctance motor technology combined with variable speed drives takes the spotlight. This motor technology offers precise speed and torque control, reliable starting, and low inertia, facilitating production quality. These motors run cooler due to low winding and bearing temperatures, extending lifetime, and simplifying maintenance. The motor does not have rare earth materials and can wield more power than a squirrel cage motor, with less material, making it a lighter motor with a smaller manufacturing carbon footprint. The higher efficiency combined with optimized footprint and variable speed operation delivers a superior Total Cost of Ownership when compared with traditional technologies. Synchronous reluctance motors are an efficient, cost-effective, and eco-conscious choice for frac pumper applications.